Frama-C

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Score6.6

Rank#9 of 33

Free planNo

Runs onLinux, macOS, Windows

Summary

Frama-C is ranked #9 of 33 in formal verification tools on Everything Xiaomi. It runs on Linux, macOS, Windows.

Compared on formal verification tools

Free plan: Yesframa-c.com

Facts

Purpose: Frama-C combines program analysis plug-ins to help guarantee the absence of bugs in C programs.frama-c.com · 3 Oct 2026
Formal methods: The site says most Frama-C analyzers use formal methods and are sound, meaning they do not stay silent when a bug might happen.frama-c.com · 3 Oct 2026
ACSL: Frama-C uses ACSL annotations to specify function contracts and verify conformance to functional specifications.frama-c.com · 3 Oct 2026
Eva analysis: Eva uses abstract interpretation to analyze C programs and report possible runtime errors within the undefined behaviors supported by its analysis.frama-c.com · 3 Oct 2026
Eva limits: Eva currently does not support recursive calls and analyzes only sequential code.frama-c.com · 3 Oct 2026
WP proofs: WP checks whether ACSL contracts hold for all possible executions using weakest-precondition calculus and external provers or proof assistants.frama-c.com · 3 Oct 2026
WP integrations: WP recommends Alt-Ergo, Coq, Z3, and CVC4, and supports other provers available through Why3.frama-c.com · 3 Oct 2026
Runtime checking: E-ACSL translates executable ACSL annotations into C code for runtime checking, but not all ACSL constructs can be translated.frama-c.com · 3 Oct 2026
Plugin ecosystem: The plugin catalog lists Eva, WP, E-ACSL, and other analyzers in the main distribution, alongside separately distributed and proprietary plugins.frama-c.com · 3 Oct 2026
Platforms: The download page provides installation packages for Linux and macOS and documents installation on Windows through WSL and opam.frama-c.com · 3 Oct 2026
Licensing: Frama-C is available under LGPL and can be dual-licensed for other uses.frama-c.com · 3 Oct 2026
Support: The team offers technical support, training, tutorials, hackathons, extensions, and customization; community support is available through GitLab issues, Stack Overflow, and a mailing list.frama-c.com · 3 Oct 2026
Intended users: The site describes Frama-C as used in teaching, experimental research, and industrial applications, including certification work for DO-178, IEC 60880, and Common Criteria EAL 6–7.frama-c.com · 3 Oct 2026
Maker: The platform is co-developed at CEA LIST and the Inria Saclay–Île-de-France Toccata team, in common with LRI-CNRS and Université Paris-Sud 11.frama-c.com · 3 Oct 2026
Runtime errors: The Eva plug-in uses abstract interpretation to analyze possible program behaviors and report supported undefined behaviors, including invalid memory accesses and integer overflows.frama-c.com · 4 Oct 2026
Functional verification: The WP plug-in uses ACSL specifications and weakest-precondition reasoning to prove functional correctness, with SMT solvers and user-provided annotations.frama-c.com · 4 Oct 2026
Architecture: Plug-ins share a kernel, program representation, and ACSL specification language, allowing analyzers to combine results sequentially or in parallel.frama-c.com · 4 Oct 2026
Extensibility: The platform supports development of plug-ins that add analyses or modify existing ones.frama-c.com · 4 Oct 2026
Additional analyzers: The main distribution includes Eva, WP, E-ACSL, and other plug-ins; some specialized plug-ins are proprietary, separately distributed, archived, or have limited support.frama-c.com · 4 Oct 2026
Integrations: WP uses SMT solvers including Alt-Ergo, CVC5, and Z3.frama-c.com · 4 Oct 2026
Security use: The site says Frama-C has been used for certification purposes including DO-178, IEC 60880, and Common Criteria EAL 6-7.frama-c.com · 4 Oct 2026
Audience: The site describes use in teaching, experimental research, and industrial applications, including safety- and security-critical software.frama-c.com · 4 Oct 2026